Minimum Performance Standards for Galleys in Transport Category Airplanes

2021 ◽  
Author(s):  
2019 ◽  
Author(s):  
Brent Sturlaugson ◽  

While much of the fi eld of architecture claims to be concerned with the mounting effects of climate change, its tools for combating it are limited. Important gains have been made in raising minimum performance standards, developing alternative materials, and voicing support of progressive policies, but these gains are insufficient. In the face of unprecedented warming and its demonstrated spillover effects, architecture must leverage every possible angle in pursuit of a viable future, including those that capture the imagination. This project seeks to forge new relationships between architecture and climate change by using activist techniques collected under the umbrella of culture jamming.


1986 ◽  
Vol 32 (1) ◽  
pp. 500-502
Author(s):  
HAROLD BREGMAN ◽  
KENNETH MILLER ◽  
LINDA BERRY

Author(s):  
Maan Singh ◽  
Mukesh Jain ◽  
Vivek R. Kamat ◽  
. Aman ◽  
Manoj Kumar

This article focuses on formulation of minimum performance standards (MPS) for tillage machinery such as rotavator, disc harrow and cultivator. The required minimum performance standard of different tillage machinery under sandy loam soil condition is discussed further in this paper and recommended in order to ensure availability of quality tillage machinery to the farmers. The minimum performance standards for minimum depth of cut, minimum depth of puddle, minimum area covered per meter working width, minimum field efficiency, maximum fuel consumption per meter working width, minimum puddling index and maximum PTO power requirement per meter working width is 6.50 cm, 14 cm, 0.23 ha h-1, 76%, 3.0 l h-1, 77% and 11 kW respectively. The minimum performance standards for minimum depth of cut, minimum area covered per meter of working width, minimum field efficiency, maximum fuel consumption per meter of working width, maximum draft per meter of working width and maximum drawbar power per meter of working width of disc harrow is 8 cm, 0.43 ha h-1, 70%, 3.0 l h-1, 213 kg-f and 4.0 kW respectively. Similarly, minimum performance of the cultivators were recommended based on the analysis of results of different parameters such as minimum depth of cut, minimum area covered per meter of working width, minimum field efficiency, maximum fuel consumption per meter of working width, maximum draft per meter of working width and maximum drawbar power per meter of working width is 9 cm, 0.41 ha h-1, 75%, 2.0 l h-1, 244 kg-f and 3.4 kW respectively. Along with the performance parameters, other requirements like safety, dimensions, label, material of construction and breakdowns are discussed and recommended.


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